LinkedIn Profile

Access Rain Neuromorphics historical Linkedin company profile data on number of followers, employee headcount and more
Ticker Symbol Entity Name As Of Date Company Name Followers Employees on Linkedin Link Industry Date Added Date Updated Description Website Specialities Logo HQ.Street HQ.City HQ.State HQ.Country HQ.Postal GICS Sector GICS Industry
private:rainneuromorphics 28672998 Sep 4th, 2021 12:00AM Rain Neuromorphics 939 11.00 Open Computer Hardware Sep 4th, 2021 02:55AM Sep 4th, 2021 05:23PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Sep 3rd, 2021 12:00AM Rain Neuromorphics 939 11.00 Open Computer Hardware Sep 3rd, 2021 04:28PM Sep 3rd, 2021 04:28PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Sep 2nd, 2021 12:00AM Rain Neuromorphics 938 11.00 Open Computer Hardware Sep 2nd, 2021 02:15PM Sep 2nd, 2021 02:15PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Sep 1st, 2021 12:00AM Rain Neuromorphics 938 11.00 Open Computer Hardware Sep 1st, 2021 01:45PM Sep 1st, 2021 01:45PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Aug 31st, 2021 12:00AM Rain Neuromorphics 938 11.00 Open Computer Hardware Aug 31st, 2021 01:40PM Aug 31st, 2021 01:40PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Aug 30th, 2021 12:00AM Rain Neuromorphics 938 11.00 Open Computer Hardware Aug 29th, 2021 08:05PM Aug 30th, 2021 03:26PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Aug 28th, 2021 12:00AM Rain Neuromorphics 937 11.00 Open Computer Hardware Aug 28th, 2021 06:37PM Aug 28th, 2021 06:37PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Aug 27th, 2021 12:00AM Rain Neuromorphics 937 11.00 Open Computer Hardware Aug 27th, 2021 02:28PM Aug 27th, 2021 02:28PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Aug 26th, 2021 12:00AM Rain Neuromorphics 937 11.00 Open Computer Hardware Aug 26th, 2021 01:08PM Aug 26th, 2021 01:08PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103
private:rainneuromorphics 28672998 Aug 25th, 2021 12:00AM Rain Neuromorphics 937 11.00 Open Computer Hardware Aug 25th, 2021 01:01PM Aug 25th, 2021 01:01PM Neural Networks are the most powerful engines behind today's artificial intelligence (AI). However, simulating these networks requires massive amounts of time and energy. Rather than simulating neural networks on conventional processors, Rain has created a novel processor architecture designed specifically for neural networks. We combine unique materials and nanofabrication techniques to create a new type of AI chip, known as the Memristive Nanowire Neural Network (MN3). The MN3 achieves superior scalability in terms of computation time, energy consumption, and network size when compared to other state-of-the-art hardware architectures. As a result, Rain can build and train neural architectures with over 1 billion neurons, bringing us closer to true brain-scale intelligence. Open Open 239a 14th St San Francisco California US 94103

Request a demo to view additional historical data, and much more.

Make fast
queries

No longer rely on engineers to access data; build and share queries with intuitive tools, and derive insights in real time.

Bookmark queries with your team

Save and share custom queries using a private bookmarking feature, accessible to your whole team.

Be first to know with alerts

Scan data points across millions of companies and receive emails when relevant metrics cross critical thresholds.

Visualize data for quick insights

Create custom keyword-based word clouds, charts, and advanced visualizations to quickly analyze the data.

Map competitor locations

Analyze competitor presence and growth over time by overlaying store locations with the Nearby Competitor feature.

Add widgets to your dashboards

Access existing maps, charts, word clouds, and other visualizations to understand your data quickly. Or build custom widgets to view data just the way you want it.